Mello Lab Alumni
- Batista, Pedro
- Bei, Yanxia
- Caldas, Gina
- Chaves, Daniel
- Chen, Chun-Chieh
- Claycomb, Julie
- Conine, Colin
- Conte, Darryl
- Dokshin, Greg
- Duchaine, Thomas
- Elewa, Ahmed
- Gammon, Don
- Ghanta, Krishna
- Grishok, Alla
- Gu, Weifeng
- Tang, Wen
- Kato, Hiroki
- Kim, Heesun
- Kim, Soyoung Kim
- Lee, Heng-Chi
- Liu, Mary Ji
- Maduzia, Lisa
- Makeyeva, Yekaterina (Katya)
- Mehrens, Jessica Vasale
- Nakamura, Kuniaki
- Pang, Ka-Ming
- Rocheleau, Christian
- Seth, Meetu
- Shen, En-Zhi
- Simard, Martin
- Soto, Martha
- Tabara, Hiroaki
- Trzepacz, Christopher
- Tsai, Hsin-Yue
- Unhavaithaya, Yingdee
- Vergara, Sandra
- Yigit, Erbay
- Youngman, Elaine
Mello Lab Alumni
- Batista, Pedro
- Bei, Yanxia
- Caldas, Gina
- Chaves, Daniel
- Chen, Chun-Chieh
- Claycomb, Julie
- Conine, Colin
- Conte, Darryl
- Dokshin, Greg
- Duchaine, Thomas
- Elewa, Ahmed
- Gammon, Don
- Ghanta, Krishna
- Grishok, Alla
- Gu, Weifeng
- Tang, Wen
- Kato, Hiroki
- Kim, Heesun
- Kim, Soyoung Kim
- Lee, Heng-Chi
- Liu, Mary Ji
- Maduzia, Lisa
- Makeyeva, Yekaterina (Katya)
- Mehrens, Jessica Vasale
- Nakamura, Kuniaki
- Pang, Ka-Ming
- Rocheleau, Christian
- Seth, Meetu
- Shen, En-Zhi
- Simard, Martin
- Soto, Martha
- Tabara, Hiroaki
- Trzepacz, Christopher
- Tsai, Hsin-Yue
- Unhavaithaya, Yingdee
- Vergara, Sandra
- Yigit, Erbay
- Youngman, Elaine
Hsin-Yue Tsai, PhD
Assistant Professor, National Taiwan University, Taiwan
Former RTI Lab: Postdoctoral Fellow, Mello Lab
Training Period: 2006 - 2015
Prior Academic Institution: The Ohio State University
Awards: Leukemia & Lymphoma Society Postdoctoral Fellow
My research focuses on the mechanisms by which cytoplasmic RNA sensors RIG-I like receptors (RLRs) distinguish between viral RNAs and self-RNAs and trigger type I IFNs. Current work examines spontaneous autoimmune symptoms in RLR mutant mice derived via mutagenesis and how RLR-dysregulation causes autoimmune disease. I am also particularly interested in the analysis of immune responses and pathogenesis in virus infection in vivo and autoimmune diseases using mouse models.